1. Introduction, Threat Models
1:17:122. Control Hijacking Attacks
1:27:383. Buffer Overflow Exploits and Defenses
1:21:374. Privilege Separation
1:23:296. Capabilities
1:21:577. Sandboxing Native Code
1:23:218. Web Security Model
1:22:489. Securing Web Applications
1:22:08Lecture 10: Symbolic Execution (6.858)
1:22:16Lecture 11: Ur/Web (6.858)
1:20:04Lecture 12: Network Security (6.858)
1:18:26Lecture 13: Network Protocols (6.858)
1:21:03Lecture 14: SSL and HTTPS (6.858)
1:18:18Lecture 15: Medical Software (6.858)
1:15:31Lecture 16: Side-Channel Attacks (6.858)
1:22:16Lecture 17: User Authentication (6.858)
1:19:48Lecture 18: Private Browsing (6.858)
1:20:13Lecture 19: Anonymous Communication (6.858)
1:20:13Lecture 20: Mobile Phone Security (6.858)
1:22:00Lecture 21: Data Tracking (6.858)
1:19:38Lecture 22: Information Security at MIT IS&T (6.858)
1:26:51Lecture 23: Security Economics (6.858)
1:17:25Lecture 19: Anonymous Communication (6.858)
Nick Mathewson provides a guest lecture on anonymous communication systems, detailing the design principles and operational mechanics of Tor.
MIT 6.858 Computer Systems Security, Fall 2014
View the complete course: http://ocw.mit.edu/6-858F14
Instructor: Nick Mathewson
Lecture 18: Private Browsing (6.858)
Next · Lecture 19Lecture 20: Mobile Phone Security (6.858)